Finding Dy: Problem & Solution for Part (a) of Question

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To find Dy in the given problem, it is necessary to take moments about point A and consider the moment contributions at point C for both the X and Y components. The vertical distance of the load acting from the base is crucial for the calculations. After applying this method, the user successfully determined Dy. The discussion highlights the importance of moment analysis in solving static equilibrium problems.
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Hi,

I'm looking for help with this question, part (a).

Should be noted that Cx = 10kN and Cy = 17.32kN.

Problem and solution below.

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I've calculated Ay and Dx succesfully but I'm having problems getting Dy. Do I need to use moments again, and if so, how?

Thanks.
 
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yes . take moment about A. consider moment contribution at C ...both X and Y.. u need vertical distance of load that act from base.. that would be 1 . so that's it
 
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praveenpandiyan said:
yes . take moment about A. consider moment contribution at C ...both X and Y.. u need vertical distance of load that act from base.. that would be 1 . so that's it

OK, I've got it now, much appreciated.
 
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